Machinery Application

Proper selection of most suitable machinery for specific applications, understanding their operating principles and failure development mechanisms are very important for process plants. Design and implementation of powerful failure prevention methods are keys for successful plants. This Machinery Application training course aims at enhancing strategies for understanding of machinery applications, reliability, availability, and their overall effectiveness. Best operation practices, maintenance strategies, in particular predictive methods, key performance indicators and practical approaches are covered in detail. Topics covered in this PetroKnowledge training course are supported by five recent practical case studies collected from world class organizations.

This Machinery Application training course will highlight: 

• Practical framework for machinery applications in process plants
• Critical analysis of machinery applications, failures causes and impacts on business
• Best practices on cost effective failure prevention strategies
• Advanced predictive and condition-based maintenance strategies
• Condition monitoring techniques such as vibration, thermography, and wear debris
• Maintenance control measures and key performance indicators
• Importance of maintenance system continuous performance assessment and evaluation 

By the end of this Machinery Application training course, participants will be able to:

• Select suitable machinery for specific applications in process plants
• Identify machinery failures; causes, mechanisms and how to prevent those failures
• Outline root cause analysis of machinery common failures modes
• Appreciate condition monitoring techniques such as vibration, acoustic emission, infrared thermography, and wear debris
• Implement predictive and preventive maintenance methods
• Design for reliability centered practical framework for machinery fault/failure prevention
• Determine key performance indicators and implement advanced maintenance strategies

This Machinery Application training course is suitable to a wide range of professionals but will greatly benefit:

• Operation and commissioning engineers
• Maintenance engineers and Technicians
• Maintenance and operation supervisors
• Facility engineers and utility engineers
• Anyone requiring a working level knowledge of machinery applications

Delegates will be provided by an up to date practical guide to best practices of machinery applications, failure analysis, reliability improvement techniques and maintenance strategies to help their companies on achieving the optimum performance.

Organizations will gain the following benefits through this Machinery Application training course: 

• Improve the operation strategies face the machinery problem
• Increase machinery availability and return on investment
• Identify the failure early and more effectively
• Become more proactive to control the failure and reduce the risk
• Optimize the preventive and predictive maintenance program
• Reduce the cost due to failure
• Mitigate the failure consequences

Delegates who attend the Machinery Application training course will enhance their skills by world class strategies on predictive and reliability centered maintenance strategies. This, in return, will improve their abilities to undertake higher levels of responsibilities with their organizations.

Delegates will gain numerous skills including the following:

• Ability to understand and machinery applications for process plants
• Proactive and reactive maintenance strategies
• Knowledge on how to perform failure analysis
• Help in improving operation and maintenance procedures
• Select suitable maintenance method fit to the business work system
• Increase ability to diagnosis the different types of mal-functions or failure
• Calculate quantitative key performance indicators directly linked to business